GIE GROUP

Determine the threats to your assets

Through Quantitative Risks Analysis, you will be able to analyze threats to pipeline or equipment integrity by calculating the probability of occurrence and the potential consequences of an event, determining risk through complex mathematical treatment. HAZOP - Hazard and Operability Study. It is a systematic risk-assessment technique to identify hazards and problems that could impede an efficient operation of industrial facilities. Through the Development and Analysis of Qualitative Risks, you will be able to analyze results in the identification of dangerous segments and the indexes that impact on those segments.

Which are the benefits of the different analysis techniques?

Quantitative Risk Analysis enables to identify risky segments, causes and appropriate maintenance procedures in compliance with resolutions 1460/2006 (Energy Secretariat of the Argentina Republic), complementary or amending standard.

The Hazards and Operability Study (HAZOP) identifies possible risks and operating difficulties in industrial facilities. Likewise, through this study, it is possible to determine the acceptable risk level and subsequent response tasks.

The Quantitative Risk Analysis (QRA) in Pipelines enables to obtain absolute risk values and compare them with other regular risk values. This makes it possible to explain design and operating conditions to regulators and authorities. In the QRA, the tolerance limits for society are defined by standards.

Explore more of what we offer

MARINE HOSE INTEGRITY

Complete recertification of floating and subsea marine hoses through multifaceted inspection and technical testing, ensuring operational integrity under OCIMF, SMOG, and ISGOTT standards.

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CORROSION CONSULTANTS

Analysis of hazards caused by corrosion; preventive measures and mitigation actions through our Corrosion Studies and Programs, our management system of corrosion in flowlines/ pipelines and our Assessment and Corrosion-Inhibitor-Selection Laboratory

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IOW – INTEGRITY OPERATING WINDOWS

IOWs identify safe operation limits in order to avoid degradation and lost of primary contention in equipment. The ultimate purpose of IOWs is to reduce operating risks in process equipment

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MATERIALS SCIENCE

Numeric modelling by means of Computer Simulation

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FITNESS FOR SERVICE

Determine whether your assets are fit to continue in service or they need reparation/replacement by detecting damage during inspection

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STRESS ANALYSIS

Identify damage mechanisms active in static and dynamic components of pipelines and industrial facilities and determine how they contribute to failure to avoid future events

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RISK CONSULTANTS / QRA

Identify and analyze hazards to your assets’ integrity

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